See where the field is responding and where it is not.
Omniterra Pulse maps uplift bowls, subsidence pockets, and trend breaks across reservoir, geothermal, and CCS footprints so teams can see where injection or production is changing the ground response, where behavior diverges from the field pattern, and which zones deserve subsurface follow-up.
Seasonal or injection-related uplift/subsidence + trend breaks + well or facility context -> response bowls, anomaly zones, injector-producer watchlists.
Track field response, focus subsurface follow-up, and produce monitoring outputs for operations, engineering, and regulator review.
01 / Problem
Subsurface response is wide-area, uneven, and easy to miss well by well.
The response footprint is larger than any one pad or well.
Pressure change, uplift, and subsidence can distribute across a wide field while only a few areas actually diverge from the expected response.
Average field movement hides the anomalies that matter.
What matters most is often not the broad bowl. It is the pockets, breaks, and offsets that suggest response is concentrating differently than planned.
Operations and regulators need mapped evidence, not just well curves.
The output has to connect field-scale deformation to wells, pads, and facilities in a form that can move into engineering, assurance, and MRV review.
02 / Solution
How Omniterra Pulse solves it.
Response bowls, trend breaks, and anomaly zones
Map where uplift, subsidence, and trend changes cluster strongly enough to justify closer reservoir, geothermal, or storage review.
Field watchlists with well and facility context
Return mapped response zones, well or facility overlap, interpretation notes, and GIS-ready layers for field operations and engineering teams.
Where to investigate, tune, or monitor more closely
Support the next decision about which parts of the field need pressure-management review, engineering follow-up, or denser monitoring.
Best fit for this workflow.
Best when a reservoir, geothermal, or storage field needs a wide-area response map before production, injection, or assurance decisions are made.
Oil and gas reservoirs, geothermal fields, and CO2 storage sites
Best where injection or production changes ground response across a broad footprint and a few zones matter more than the field average.
Injection changes, production shifts, plume assurance, and regulator reporting
Most useful when the field is already instrumented but teams need a surface response layer to decide where to look harder.
Field response zones, anomaly watchlists, and GIS-ready monitoring layers
The first pilot returns a field-scale response map with the anomalies and overlap that deserve engineering or MRV follow-up first.
Delivered as response bowls, anomaly watchlists, and GIS-ready monitoring layers.
Start with reservoir response.
Request a pilot.
Send one site and the operating question around reservoir response. We will reply with fit, timing, and a first Omniterra Pulse pilot scope.
The first step stays scoped: one site, one decision, one readable packet that supports the next inspection, maintenance, or monitoring choice.